@rnahlawi I remeber this error, I just being able to install and let everything work properly as I described after many attempts. So I suggest you PURGE everything and follow step by step what I wrote!
Let me know if it helped

@ranso73 unfortunately, the dcct-derived tools can not continue a failed plot. You'll have to restart. But if there is a substantial portion plotted, you can mine it anyway and just ignore the error message the miner throws. Up to you.

Install the dependencies. (Mariadb, Java, Perl, PHP etc.)
Make a Maria db and user for the wallet to use.
Download the wallet.
Extract it to where ever you would like to install it.
cd to
/yourwalletfolder/conf
Make a copy of brs-default.properties in the same dir and name it brs.properties
Nano brs.properties
Go to #### DATABASE #### and add your db info.
DB.Url=jdbc:mariadb://localhost:3306/yourwalletdb<-- This has to be the name of your wallet DB
DB.Username=addyourdbnamehere
DB.Password=addyourdbpasshere
Save and exit.
cd ..
chmod your burst.sh file
Install the bootsrap via
./burst.sh import mariadb (This will take some time)
Start the wallet
./burst.sh

H2 is fine. Since you are not running a pool you can work on a fallback wallet. I have an H2 as a copy. Run MariaDB
I would make a copy of your wallet directory BRS 2.0.4 and call it BRS 2.0.04-Maria
Working inside the folder we just copied called Maria edit the ini file......

Also, to get this updated video higher than the old and outdated guides, im going to need some help!
YouTube SEO is influenced by number of minutes watched, likes, subscribes through specific video and comments, so PLEASE, watch it! Like it, hit subscribe if you feel like it and please leave a little comment!
You can also help out by translating the subtitles to your native tongue!
Google SEO is more focussed on backlinks, so please spread the link to this video on all the platforms you can think of! Forums, blogs, social media, reactions...stuff like that.
It is much appreciated.

@nihontastic That is no problem at all.
per TB you need to read 10^12/4096=244 MBytes, many ppl try to stay within 60 or 120 seconds scan time -> 244/60=4 MByte/s. So a 2 TB HD uses 4 MB/s bandwith if scanned in 1 minute (every 4 minutes). That is easy even with USB-2.
You need a (or many) plotfile(s) on that disk. The content MUST NOT overlap the other plotfiles you have. The naming scheme is:
id_start_length_stagger
We only look at start+length here. If you plot a single file onto that disk, just make sure that it's start value is equal or larger than your other file's (start+length).
This example file has 1000 nonces, numbered 0..999:
id_0_1000_stagger
The next file MUST start AT LEAST at 1000 :
id_1000_somelength_stagger
As from the above screenshots you are plotting your 2 TB disk from nonce 0, and I suspect this is an overlap with your existing disk ?